Products | 12V & 24V LiFePO4 Batteries, 100Ah–314Ah

Best seller

12V 100Ah LiFePO4 battery

The everyday 12V workhorse for RV, camper, marine and small off-grid systems. The series also includes a 314 Ah pack — key parameters for both are below.

12.8 V nominal1280 Wh100 A Smart BMS Passive balancing22.71 lbs / 10.3 kg

Request a datasheet Ask a question Spec sheet (PDF)

Parameter	Value
Cell chemistry	LiFePO4 (lithium iron phosphate)
Nominal voltage	12.8 V
Rated capacity	100 Ah
Nominal energy	1280 Wh
BMS	100 A Smart BMS, passive cell balancing
Recommended / max. continuous charge current	20 A / 100 A
Max. continuous discharge current	100 A
Over-current discharge protection	300 ± 50 A (5 s) / 500 ± 50 A (1 s)
Over-current charge protection	120 ± 10 A
Short-circuit current protection	≈ 1700 A
Standard charge voltage	14.4 V ± 0.2 V (CC/CV)
Shipping voltage / capacity	13.2 V / 40%
Cycle life	≥ 4000 cycles @ 80% DOD
Self-discharge rate	< 3% per month
Charge high-temperature protection	65 ± 5 °C (release 55 ± 5 °C)
Discharge high-temperature protection	70 ± 5 °C (release 60 ± 5 °C)
Charge low-temperature protection	0 ± 5 °C (release 10 ± 5 °C)
Discharge low-temperature protection	−20 ± 5 °C (release −10 ± 5 °C)
Storage temperature	−10 to 45 °C
Series & parallel connections	Maximum 4S4P
Bluetooth monitoring	Smart version: SOC, voltage, current, cell voltages, protection status
Self-heating	Not supported
Ingress protection	IP65
Terminals	M8 bolts
Case material	ABS, UL94 V-0 flame retardant
Dimensions (L × W × H)	260 × 168 × 214.7 mm
Weight	22.71 lbs (10.3 kg)
Battery pack certifications	CE, UN38.3, Level 9, IEC 62133, RoHS
Cell certifications	UL1642, UL2580, UN38.3

Low-temperature charge cut-off

Charging stops at 0 ± 5 °C and resumes at 10 ± 5 °C — the protection that keeps a winter over-charge from damaging the cells.

100 A continuous

About 1280 W at nominal voltage, with 300 A short-duration headroom for motor and compressor inrush.

4S4P expandable

Up to 4 in series and 4 in parallel per the manual — 16 batteries, about 20 kWh in total.

Parameter	12V 314Ah
Nominal voltage	12.8 V
Rated capacity	314 Ah
Nominal energy	4019 Wh
Max. continuous discharge current	200 A
Dimensions (L × W × H)	383 × 193 × 250 mm
Weight	58.42 lbs (26.5 kg)
Ingress protection	IP65
Terminals	M8 bolts
Case material	ABS, UL94 V-0 flame retardant
Battery pack certifications	CE, UN38.3, Level 9, IEC 62133, RoHS

Protection thresholds, temperature limits and the maximum bank configuration for the 314 Ah pack are confirmed per order — ask for its datasheet before you design.

24V systems

24V 100Ah & 200Ah

Native 25.6 V packs — fewer inter-battery connections than a 12 V bank. Figures below come from the product label and our own measurement of the pack.

Parameter	24V 100Ah	24V 200Ah
Nominal voltage	25.6 V	25.6 V
Rated capacity	100 Ah	200 Ah
Nominal energy	2560 Wh	5120 Wh
Max. continuous discharge	100 A	100 A
Ingress protection	IP65	IP65
Chemistry	LiFePO4	LiFePO4
Bluetooth monitoring	Supported	Supported
Dimensions	531 × 206 × 217 mm	On request
Weight	41.23 lbs (18.7 kg)	On request

24V 200Ah dimensions and weight are still being confirmed with the factory, and temperature limits for both models are confirmed per order — ask us before you design a bay.

Model range

Every model we list today

Capacity is chosen by application — a weekend camper and a full-time off-grid setup need very different banks. Send us your load profile and we will size it.

12V 100Ah1280 Wh · best seller

12V 314Ah4019 Wh · long runtime

24V 100Ah2560 Wh · native 24V

24V 200Ah5120 Wh · high capacity

Model	Nominal voltage	Capacity	Nominal energy	Max. cont. discharge	Dimensions (mm)	Weight
12V 100Ah	12.8 V	100 Ah	1280 Wh	100 A	260 × 168 × 214.7	22.71 lbs (10.3 kg)
12V 314Ah	12.8 V	314 Ah	4019 Wh	200 A	383 × 193 × 250	58.42 lbs (26.5 kg)
24V 100Ah	25.6 V	100 Ah	2560 Wh	100 A	531 × 206 × 217	41.23 lbs (18.7 kg)
24V 200Ah	25.6 V	200 Ah	5120 Wh	100 A	On request	On request

All models share IP65 ingress protection, M8 terminals, ABS UL94 V-0 case material, ≥ 4000 cycles at 80% DOD, pack certifications CE / UN38.3 / Level 9 / IEC 62133 / RoHS, and UL1642 / UL2580 cells.

Compare

Same voltage, two capacities — which one?

Start with daily energy and the battery bay, then check BMS current. Bigger is not automatically better: weight, volume and recharge time change too.

12V

Parameter	12V 100Ah	12V 314Ah
Nominal voltage	12.8 V	12.8 V
Rated capacity	100 Ah	314 Ah
Nominal energy	1280 Wh	4019 Wh
Max. continuous discharge	100 A	200 A
Dimensions (L × W × H)	260 × 168 × 214.7 mm	383 × 193 × 250 mm
Weight	10.3 kg (22.71 lbs)	26.5 kg (58.42 lbs)
Bank limit	4S4P	4S4P
Best for	Weekend RVs, camper vans, 12V fridges, small boat electronics.	Full-time vans, larger 12V banks, long runtime without recharging.
Full specifications	12V 100Ah	12V 314Ah

24V

Parameter	24V 100Ah	24V 200Ah
Nominal voltage	25.6 V	25.6 V
Rated capacity	100 Ah	200 Ah
Nominal energy	2560 Wh	5120 Wh
Max. continuous discharge	100 A	100 A
Dimensions (L × W × H)	531 × 206 × 217 mm	On request
Weight	18.7 kg (41.23 lbs)	On request
Bank limit	1S4P	1S4P
Best for	Native 24V boats, trolling motors and small off-grid systems.	Home backup, larger 24V house banks, multi-day off-grid loads.
Full specifications	24V 100Ah	24V 200Ah

24V 200Ah dimensions and weight are awaiting factory confirmation; the table says “On request”. Do not design a bay from an estimate.

Sizing calculator

How big a battery do I need?

Enter a real day of use. The calculator applies 80% depth of discharge and 85% inverter efficiency, then picks the smallest model that covers it.

Daily energy use (Wh) Watts × hours per day. Not sure? Add up each appliance.

Days of autonomy

System voltage

Planning estimate only. Check the battery bay dimensions, inverter surge and your charge source before ordering; for a bank above four packs, talk to us.

Send us the load list

Before you wire a bank

Series & parallel limits

Exceeding these limits can damage the BMS and voids the warranty. If your design needs more, talk to us first.

12V (12.8 V)

Maximum 4S4P — four in series, four in parallel, 16 batteries per bank.

24V (25.6 V)

Maximum 1S4P — parallel only. Do not connect 24V models in series.

Keep a bank uniform

Do not mix capacities or ages in one bank — each battery protects itself, not the string.

Accessories

What ships alongside

LiFePO4 battery charger

14.6 V CC/CV chargers with Anderson connector. Full charge in about 5 hours at 20 A.

Bluetooth app

Smart models pair with the mobile app for state of charge, voltage, current, cell voltages and protection history.

See what the app shows

Product FAQ

Answers by model

Answers that depend on the exact model. General questions live on the FAQ page.

12V 100Ah

1280 Wh · 100 Ah

How long will the 12V 100Ah run a 12V fridge?

It depends on the fridge’s average draw and ambient temperature. The pack has 1.28 kWh nominal, about 1.0 kWh usable at 80% DOD; an efficient fridge averaging 25–40W typically runs for a day or two. Measure your own fridge before relying on an estimate.

Can I connect four 12V 100Ah in series for 48V?

Yes, up to 4S is allowed, and the model supports up to 4S4P. Use the same model and similar age, and bring all four to a similar state of charge before connecting. For a 48V system, a native 48V pack is usually simpler.

What charger does it need?

A LiFePO4 charger at 14.4 ± 0.2V CC/CV; 20A is the recommended charge current, 100A the maximum continuous. Do not use lead-acid equalisation or desulphation modes.

12V 314Ah

4019 Wh · 314 Ah

Can the 12V 314Ah run a 2000W inverter?

The pack is rated 200A continuous, and 2000W at 12V is about 170A, so it is within the continuous limit. Check the inverter’s surge rating, cable size and fuse; a 2000W inverter can pull more than 170A during startup.

What are its dimensions and weight?

383 × 193 × 250 mm and 26.5 kg (58.42 lbs). Measure the battery bay and the door/hatch opening before ordering; it is not a one-person lift for most installations.

Can I parallel it with a 12V 100Ah?

No. Different capacities share current unevenly and the smaller pack works harder. Use the same model, similar age and similar state of charge. The 314Ah supports up to 4S4P on its own.

24V 100Ah

2560 Wh · 100 Ah

Can I connect two 24V 100Ah in series for 48V?

No. The 24V models are limited to 1S4P — parallel only. For 48V, use 12V models in series (up to 4S) or a native 48V product.

What charger voltage should I use?

Use a 24V LiFePO4 charger with a lithium profile. Confirm the exact charge voltage with us for this model before charging; do not use a lead-acid equalise cycle.

Will it run a 24V trolling motor?

The pack is rated 100A continuous. Check the motor’s maximum current and your session length; most 24V trolling motors draw well under 100A, but a bow thruster may not.

24V 200Ah

5120 Wh · 200 Ah

What are the dimensions and weight of the 24V 200Ah?

Still being confirmed with the factory — we publish “On request” rather than a number we cannot stand behind. Ask us for the current drawing before you design the bay.

Can it run a 3000W inverter?

One pack is rated 100A continuous, about 2,560W at 25.6V; a 3000W inverter can exceed that. Two packs in parallel share the current (up to 1S4P), but the inverter surge and cable/fuse sizing still need checking.

How many can I put in parallel?

Up to four in parallel (1S4P), never in series. Use the same model and similar age; bring each pack to a similar state of charge before paralleling.

See all FAQs

Need a datasheet, or help choosing a model?

Tell us the application, the load and the destination market — we will point you at the right model and send the documents.

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Product specifications